Canadian Finishing and Coatings Manufacturing

February 10th, 2022

CFCM Solvay AM Cup 2021 400The partnership between Solvay, L’Oréal and Ultimaker has given university students, engineers and manufacturers the opportunity to compete in a 3D printing design challenge to integrate and accelerate today’s industrial manufacturing processes.

Solvay reveals the winner of the third edition of its international Additive Manufacturing (AM) Cup 2021 for participants to design a real-world industrial 3D printed application capable of revolutionizing production line agility, using Solvay’s easy-to-print Solef PVDF AM Filaments. The winner was selected from among 60 international teams who took part in the challenge.

As Covid-19 restrictions would have made it hard for participants to print their designs directly, Solvay organized the winning designs to be printed directly by Ultimaker using their S5 desktop printer. L’Oréal will then test the application.

“The Solvay AM Cup is a fantastic initiative that enables young professionals and engineers to design an application for L’Oréal that increases their productivity, and at the same time, creates flexibility in their production line. We were amazed by the level of out-of-the-box thinking regarding design features and specific solutions for noise reduction. We were very pleased to see great talent amongst the participating teams, making it a pleasure to be part of this contest. We wish all finalists exciting and productive careers in the industry, hopefully continuing their 3D printing journeys.” says Miguel Calvo - CTO at Ultimaker.

The Overall Winner

3D Fab from the University of Lyon, France

The team secured the first prize due to its ability to develop an innovative, versatile monobloc design based on a reversible deformable structure that is easy to print in a relatively short time.

“We chose to participate in the Additive Manufacturing Cup 2021 organized by Solvay, Ultimaker and L’Oréal due to its particularly concrete and stimulating challenge,” said the 3D Fab Team Leader. “We are proud to have developed a relevant solution that could be used in L’Oréal’s production lines.”

The winning team, selected by an international jury, receives five thousand euros to be reinvested in academic, societal or entrepreneurial activities and an Ultimaker 2+ Connect printer. Furthermore, the winning design will be demonstrated during their high-profile tour of L’Oréal’s production facilities in March.

“The winning teams have demonstrated the potential of high-performance 3D printing for fabricating complex polymer shapes and overcome the challenges of fused filament fabrication (FFF) to create parts that can virtually match the performance and quality of conventional injection moulded parts”, explained Brian Alexander, AM Global Product & Application Manager at Solvay.


Feature Video: Turn Your Smart Phone into a Virtual Inspection Instrument

CFCM BM Colour Trends 2023 400This video by DeFelsko highlights the benefits of the PosiTector SmartLink when paired with a PosiTector 6000, DPM, SPG, or RTR H probe. Turn your Apple or Android device into a multi-functional, virtual inspection instrument and take advantage of powerful smartphone features.

DeFelsko has also recently launched a new gloss meter for the PosiTector.

Read More









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CFCM slingpsychrometer 400Paul N. Gardner USA, global distributors, producers, and designers of quality physical and inspection instruments for the paint, coatings, and related industries, has introduced a new offering: The compact, portable Sling Psychrometer.

As an easy way to measure relative humidity levels quickly, this uniquely compact Bacharach Sling Psychrometer accurately determines per cent relative humidity without the necessity of consulting complex tables. There is no need to wet the wick each time a reading is taken, and it contains a slide rule calculator which correlates wet and dry bulb thermometer indications for direct reading of relative humidity. When not in use, the thermometer case telescopes into the handle for protection.

The Sling Psychrometer consists of two thermometers that are turned by vigorously swinging the handle and exposing the thermometers to rapid air movement. These two thermometers are called dry bulb and wet bulb. The bulb of one thermometer is placed in direct contact with the room air to measure dry-bulb air temperature. The bulb of the other thermometer is covered with a silk or muslin sleeve that is kept moist to record the wet bulb temperature. Evaporation cools the wet bulb more than the dry bulb, and the humidity is obtained as a function of change in temperature. The atmospheric humidity is determined by calculations, steam tables, or using a psychrometric chart.  

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